NIST X-ray Photoelectron Spectroscopy Database

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Total Records: 32

Element

Atomic No

Formula

Spectral Line

Energy (eV)

Details

(Al₂O₃)₂.₀(K₂O)₅.₀(Li₂O)₇.₀(Na₂O)₈.₀(P₂O₅)₃₃(SnO)₅.₀(ZnO)₄₀

531.00

(Al₂O₃)₂.₀(K₂O)₅.₀(Li₂O)₇.₀(Na₂O)₈.₀(P₂O₅)₃₃(SnO)₅.₀(ZnO)₄₀

532.40

(Al₂O₃)₂.₀(K₂O)₅.₀(Li₂O)₇.₀(Na₂O)₈.₀(P₂O₅)₃₃(SnO)₅.₀(ZnO)₄₀

531.50

(Al₂O₃)₂.₀(K₂O)₅.₀(Li₂O)₇.₀(Na₂O)₈.₀(P₂O₅)₃₃(SnO)₅.₀(ZnO)₄₀

533.20

(P₂O₅)₅₀(ZnO)₅₀

531.80

(P₂O₅)₅₀(ZnO)₅₀

533.30

Zn₃(PO₄)₂.xH₂O

531.70

Zn₃(PO₄)₂.xH₂O

533.30

ZnO

531.50

ZnO

529.70

(Al₂O₃)₂.₀(K₂O)₇.₀(Li₂O)₆.₀(Na₂O)₇.₀(P₂O₅)₃₃(SiO₂)₂.₀(ZnO)₄₃

532.00

(Al₂O₃)₂.₀(K₂O)₇.₀(Li₂O)₆.₀(Na₂O)₇.₀(P₂O₅)₃₃(SiO₂)₂.₀(ZnO)₄₃

533.90

(P₂O₅)₄₀(ZnO)₆₀

531.90

(P₂O₅)₄₀(ZnO)₆₀

533.50

(P₂O₅)₃₃(ZnO)₆₇

531.80

(P₂O₅)₃₃(ZnO)₆₇

533.30

(Al₂O₃)₁₀(MgO)₁₀(Na₂O)₁₀(P₂O₅)₇₀

531.90

(Al₂O₃)₁₀(MgO)₁₀(Na₂O)₁₀(P₂O₅)₇₀

533.40

(P₂O₅)₃₅(SnO)₅₀(ZnO)₁₅

531.50

(P₂O₅)₃₅(SnO)₅₀(ZnO)₁₅

533.00

(P₂O₅)₂₉.₇(SnO)₅₅.₃(ZnO)₁₅

531.30

(P₂O₅)₂₉.₇(SnO)₅₅.₃(ZnO)₁₅

532.80

(Al₂O₃)₂.₀(K₂O)₅.₀(Li₂O)₇.₀(Na₂O)₈.₀(P₂O₅)₃₃(SnO)₅.₀(ZnO)₄₀

133.50

(Al₂O₃)₂.₀(K₂O)₅.₀(Li₂O)₇.₀(Na₂O)₈.₀(P₂O₅)₃₃(SnO)₅.₀(ZnO)₄₀

134.00

(P₂O₅)₅₀(ZnO)₅₀

134.40

(Al₂O₃)₁₀(MgO)₁₀(Na₂O)₁₀(P₂O₅)₇₀

134.20

(P₂O₅)₃₅(SnO)₅₀(ZnO)₁₅

134.00

(P₂O₅)₂₉.₇(SnO)₅₅.₃(ZnO)₁₅

133.80

(Al₂O₃)₂.₀(K₂O)₇.₀(Li₂O)₆.₀(Na₂O)₇.₀(P₂O₅)₃₃(SiO₂)₂.₀(ZnO)₄₃

134.10

(P₂O₅)₄₀(ZnO)₆₀

134.40

Photoelectron Line

133.50

Background Subtraction Method:

other

Peak Location Method:

mixed Gaussian/Lorentzian

Full Width at Half-maximum Intensity (eV):

Gaussian Width (eV):

Lorentzian Width (eV):

Use of X-ray Monochromator:

Anode Material:

X-ray Energy:

Overall Energy Resolution (eV):

Calibration:

Charge Reference:

Adventitious carbon

Energy Scale Evaluation:

Reliable, with one-point correction of energy scale

Comment:

The sample was prepared from Al(PO3)3, NaPO3, Li2CO3, K2CO3, ZnO, SnO, and NH4H2PO4 batch materials which were melted at 1273 K for 3 h and annealed at 573 K. The intensity ratio of the non-bridging/bridging oxygen components was 76.1/23.9.